Parth Chandak

Manufacturing Engineer at Zoox developing autonomous vehicle production systems and advanced manufacturing processes for next-generation mobility solutions. Designed 3+ mechanical assembly fixtures for hardware installation & test automation. Created work-order system for 40+ technicians that aided 2x growth in manufacturing, quality, testing & material workflows. Manufactured autonomous vehicle hardware for 10+ products from DFMEA to OQC.

Led creation of UX-focused robot for 10+ visual & sonic experience projects. Created 15+ electro-mechanical & software (Python, C++, React) prototypes, enhancing research & design studies for autonomous vehicle user experiences.

VBA & PowerQuery logistic trip planning for truck charging program (2000+ mile trips). Designed & built model library of 20+ Supercharger components for architecture & engineering firms. Civil/architectural site design for next-generation Superchargers in Google SketchUp.

Engineering assistant role focusing on technical support, project coordination, and engineering documentation for infrastructure projects.

Boeing Scholar program participant focusing on aerospace engineering research and advanced computational methods for aircraft systems analysis.

Delivered standard service and support for technology-based devices in residence halls for 400+ residents. Enforced campus policies regarding network and technology. Created events and organized programs to enrich residents in technology.

Newsletter drafting and editing. Contributed to marketing initiatives and content creation for technology solutions.

Comprehensive damping ratios analysis for Boeing 737 aircraft systems, examining structural dynamics and vibration characteristics.

Developed a prize-winning application during the Crimson Code hackathon, focusing on robotics and autonomous systems.

Innovative energy-efficient refrigeration system designed for entrepreneurship competition, focusing on sustainable cooling technologies and reduced environmental impact.

Worked with Abhishek Ganarappu & Shrunga Malavalli on mobile app development platform for a research team led by Dr. Arda Gozen at WSU.

Advanced audio analysis software utilizing Python and MATLAB for Fast Fourier Transform (FFT) analysis, enabling detailed frequency domain analysis of audio signals.

Design and assembly of specialized workbench for Class 1000 cleanroom environment, ensuring contamination control and precision manufacturing capabilities.

Engineering project involving the design and fabrication of gear systems for Parallax Bot using advanced 3D printing and laser cutting techniques.

In-depth material science analysis of katana sword construction, examining metallurgical properties, heat treatment processes, and traditional forging techniques.

Research project focused on safety considerations in ACRT (Accelerated Crucible Rotation Technique) furnace system design, examining safety protocols and risk mitigation strategies.

Systematic review examining the effectiveness and challenges of augmented reality in enhancing telemedicine training, focusing on educational outcomes and implementation considerations.

Systematic thematic analysis examining ethical, governance, and usability challenges in AI-powered virtual health assistants, addressing critical concerns in healthcare AI implementation.

Systematic review examining user-centered design and rapid prototyping methodologies in healthcare education technologies specifically designed for youth populations.

Systematic thematic analysis examining ethical, governance, and usability challenges in AI-powered virtual health assistants, addressing critical concerns in healthcare AI implementation.

Literature review examining the evolution of haptic feedback systems and their impact on user experience across various applications and industries.

Research on optimizing bio-inspired phototropic materials to address scalability and durability challenges for passive solar tracking systems, examining innovative approaches to sustainable energy solutions.

Systematic review examining adaptive user experience design in telemedicine, focusing on interface design for equity and accessibility across diverse healthcare settings.

Systematic review of healthcare IoT and rapid prototyping applications, addressing implementation challenges and development strategies for healthcare technology solutions.

Systematic review examining the integration of user-centered design principles in rapid robotic system prototyping, focusing on methodologies that enhance user experience and system effectiveness.

Comprehensive review of integrating advanced sensor fusion technologies with user-centered design and rapid prototyping methodologies in robotics systems.

Research on leveraging haptic feedback in mixed reality environments to enhance training effectiveness, skill acquisition, and robotic simulation capabilities.

Research on rapid prototyping technologies and design frameworks that transform traditional manufacturing processes into intelligent additive solutions.

Comprehensive review of user-centric design approaches in IoT prototyping for smart agriculture, focusing on integrating user feedback in hardware and software development for farming applications.

Research on rapid prototyping methodologies for smart shop tools, integrating IoT, AI, and user-centered design principles in engineering workflows to enhance manufacturing efficiency.

Comprehensive research examining frameworks for implementing robotics-enabled STEM education in K-12 environments. Focuses on developing inclusive assessment methodologies and ensuring equitable access to robotics education across diverse student populations.

Systematic review examining advances in human-robot interaction, focusing on intuitive interface design and communication modalities that enhance user experience and system effectiveness.

Comprehensive review of electric bicycle technology advancements, focusing on system integration, monitoring capabilities, and open-source solutions for sustainable transportation.

Comprehensive analysis of cadmium telluride growth processes and characterization techniques, examining the societal, economic, and environmental implications of this critical semiconductor material.

Awarded by the Department of Residence Life at the end-of-the-year banquet.

Recognized for innovation and entrepreneurial spirit in engineering.

Board Member for Housing and Dining Finance Committee at WSU. Helped in discussing a budget of over 7 million USD and voice the student opinion.

Awarded by the School of Mechanical and Materials Engineering, WSU.

Awarded by Associated Students of Washington State University (ASWSU). Reaching one of the highest levels of academic excellence - the Presidents Honor Roll.

Awarded to international students studying at WSU for outstanding academic performance.

Awarded by the School of Mechanical and Materials Engineering, WSU.

Built a fence under Mr. Frank's guidance from the RTP team, installed a new microwave, added a handrail to the bottom stairs leading to the yard, cleared the area, and mowed the grass.

Painted the kitchen, built shelves in the food and tool sheds, and refurbished the landscaping.

Re-did the entire yard, removed grass, laid down over 200 lbs of crushed gravel, worked on house interiors, installed rails, and cleaned up the backyard.

Featured interview discussing innovative approaches to building trust between humans and autonomous systems through intuitive interface design. Explores the intersection of UX design and autonomous vehicle technology at Zoox.

Featured interview in Outlook India discussing innovative approaches to optimizing data collection systems for next-generation electric transport. The article explores insights gained from work at Tesla on charging infrastructure and data analytics for electric vehicle deployment.

Career-focused interview discussing the evolving role of creative technologists in bridging engineering, user experience design, and robotics across diverse industries.

Featured interview in Mid-Day exploring the intersection of user-centered design principles in healthcare technology and their applications to autonomous systems. The article discusses how lessons learned from healthcare UX design can be applied to improve the development of autonomous vehicle interfaces.

Featured interview published in Analytics Insight discussing innovative approaches to implementing user-centered design principles in manufacturing systems. The article explores how human-centered design methodologies can improve efficiency, safety, and worker satisfaction in industrial environments.

In-depth interview exploring the convergence of mixed reality and haptic feedback technologies for creating immersive user experiences. Discusses applications in training, skill acquisition, and robotic simulation based on published research.

In-depth interview exploring rapid prototyping methodologies for complex systems, covering the journey from initial concept through comprehensive testing phases.

Interview discussing advancements in human-robot interaction through intuitive interfaces and multi-modal feedback systems, based on published research in communication modalities.

Student spotlight feature highlighting academic achievements and engineering contributions at Washington State University Voiland College of Engineering and Architecture.